Research

Atmospheric Sciences

Whether it’s flying through the clouds to measure air pollutants or releasing dropsondes to study hurricane intensity during a bumpy, carnival-like excursion, the atmospheric scientists at Rosenstiel are working to understanding our atmosphere and climate better through comprehensive approaches. Chemistry, high-speed computer modeling, and top-notch instrumentation that can help these researchers observe weather processes and patterns have made Rosenstiel School one of the foremost hurricane research leaders.

Current areas of research include:

  • Hurricane research involving rainbands and rapid intensification
  • Additional hurricane studies that use airborne in-situ measurements, ocean probes and coupled discrete numerical models
  • Remote sensing research that uses both satellite and ground-based instrumentation
  • Studies in Rosenstiel School’s unique wind and wave tank that simulate allow for observations of air/sea interactions
  • Atmospheric modeling that uses multi-nested regional models coupled with wave/ocean models
  • Chemistry of the atmosphere particularly related to oxidative processes that involve organic and inorganic compounds, free radicals, and particulate matter
  • Atmospheric boundary layer and cloud studies
  • Modeling and diagnoses of interannual to interglacial climate variability
  • Applied Langrangian prediction
  • Aerosol studies that include dust and air pollutants and studies of impact on climate change, both season and decadal
  • El Niño and other climate change research
  • Carbon dioxide and other greenhouse gases

clouds

Groups

Rosenstiel School of Marine and Atmospheric Science campus

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